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In Astrophysics and Astroparticle Physics:
[2024-027] Deep learning approach for identification of HII regions during reionization in 21-cm observations -- III. image recovery by Michele Bianco, Sambit. K. Giri, Rohit Sharma, Tianyue Chen, Shreyam Parth Krishna, Chris Finlay, Viraj Nistane, Philipp Denzel, Massimo De Santis, Hatem Ghorbel
In High-Energy Physics and Cosmology:
[2024-026] Magnetogenesis from axion-SU(2) inflation by Axel Brandenburg, Oksana Iarygina, Evangelos I. Sfakianakis, Ramkishor Sharma
In Condensed Matter, Statistical and Biological Physics:
[2024-020] The influence of pressure waves and flame collisions on the development and evolution of tulip flames by Chengeng Qian, Mikhail A. Liberman
Understanding turbulent convection is of crucial importance in many fields of stellar astrophysics. For example, differential rotation and large-scale magnetic fields in stars owe their existence to turbulent convection. However, increasing evidence suggests that our understanding of stellar convection is much less complete than previously thought. The most dramatic manifestation of this is the wide discrepancy between the velocity amplitudes at large horizontal scales from helioseismic inferences and numerical simulations. We bring together experts in three-dimensional convection simulations, helio- and asteroseismology, theoreticians and observers present the latest developments and to address open problems in the field.